Hackster’s Handpicked Projects of the Week Jul 26, 2019
A Particle Mesh Battle Bot System, a Set of Reaction Training Devices, a Digital Manometer, a Solar-Powered Pollution Monitor
Hackster Staff
5 years ago
Multiplayer Robot Battles with Particle MeshReaction Training DummyDigital Manometer/CPAP Machine MonitorVision Outside the Visible!!!Urban Noise & Air Pollution MonitoringGet Started with Bluetooth on MATRIX Voice ESP32Arduino Self-Balancing RobotFruits Classification with Nvidia Jetson NanoeCO-SENSEDark Sky API PyPortal and Weather DashboardSmart BuoyTouch Controlled Talking Clock for PSoC Analog CoprocessorSMARS Bot with ESP8266-WEMOS D1 Mini and Blynk ControlSafe Mining 360 ViewerBluetooth LightRobotic Hand Control Using EMGLow-Cost Spatial Light Modulator Interface BoardMachine Learning with STM MEMS SensorFullStack (M)ERN Irrigation SystemVariable-Time Camera for Monitoring Plant Pollination EventsopenCMExternal S-Meter on Icom Radios with CI-V PortPortable Weather Station for Night Sky ObserversBuild a Better BearDrawing CarCellular Controlled FanPunch Activated Water ShooterDAWA v6AccuPatchIoHeat: A Contained Oasis in the ColdroomMagic WandSmart SwitchboardCap of Sufficient KnowledgeBuild an Easy ISS NotifierClap-O-SwitchMr. Wallplate’s Eye IllusionMove a Robot Arm Over WiFi
A system of three robots that can be controlled and battled by three different players via a mobile webpage.
The wireless, high-powered LED lights are used as targets for the user to deactivate. Controlled independently and randomly.
Ever wake up in the morning found your CPAP mask is off? This device will alarm you if you have unintentionally removed mask during sleep.
The ability to see across multiple elements of the EM spectrum, e.g. visible IR, provides significant benefits.
A solar-powered IoT device for monitoring sound level, air quality, humidity, and temperature.
Send simple Bluetooth queries to control your MATRIX Voice’s LEDs.
Self-balancing robot with two ultrasonic proximity sensors and nRF24 communication + remote.
Classification of fruits with transfer learning using TensorFlow on Jetson Nano.
A low-cost precision agriculture solution powered by biophotovoltaics.
You can build two weather dashboards in one! Access the Dark Sky API, display weather on your PyPortal, and send the data to Initial State.
How to use a GY86 (wave measurements) and water temperature sensor.
Touch the sensor and the device will tell you current time and optionally temperature as well. No external memory used.
This project will show you how to adapt a SMARS bot for control with an iPhone accelerometers, Blynk, Wemos D1 Mini, over WiFi.
VR-based monitoring system that allow miners (or other workers) to have 360° visibility and maneuverability. Built with the RICOH THETA V.
Control home appliances from the comfort of your phone with just a relay and a Bluetooth module!
Three-channel EMG allows to control individual fingers with very little delay.
A low-cost SLM driver board would drastically increase the proliferation of advanced microscopy and holographic displays.
This demo shows an example of how to use machine learning in a decision tree concept, programmed into a smart $2 sensor from STMicro: LSM6DSOX.
Full stack environment to control an Arduino -> BackEnd: Node/Express + FronEnd: React + Ardunio/ESP8266 powered irrigation system.
This is a Raspberry Pi Zero-based time-lapse photo/video camera to monitor plant-pollinator interactions in the field.
OpenCM is a micro-manipulation framework based on μCube.
Add an external S-meter on any Icom amateur radio transceiver that has a CI-V control port.
Night sky light pollution detector.
How much can a SparkFun Pro Micro do?
A simple Arduino-based drawing car.
Turn your traditional fan or broken button thrown in the garage into a super fan controlled by your smartphone.
You can shoot water from the water pump when you throw a punch.
DAWA is a lap timer and data acquisition device made with Arduino for motorcycles (v6).
A prototype for a cheap and easy-to-use probe with a potential application in detection and monitoring of cancerous tissue.
A remotely controlled chamber in a coldroom/fridge that allows the heating of stored items to a desired temperature before being used.
Utilize a six-axis IMU sensor SH200Q, to capture a magic wand motion.
Control the switchboard via Google Assistant.
Show off your sufficient knowledge with a custom graduation cap, inspired by the comic Strange Planet by Nathan Pyle.
Create a hardware notifier that lifts up a paper astronaut to alert you each time the International Space Station passes over you.
Switching appliances using two hands (clapping).
It’s a very simple “robot” that speaks. The face is a toggle/duplex wallplate, eyes are pingpong balls, lips are a ponytail holder.
Are you interested in controlling your robotic arm using your phone or computer from anywhere in the world?
Hackster Staff
Projects and articles from the Hackster Staff!